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![Determining the Horizontal Distance Distribution of Cloud-to-Ground Lightning]( "Determining the Horizontal Distance Distribution of Cloud-to-Ground Lightning")
Determining the Horizontal Distance Distribution of Cloud-to-Ground Lightning61,99 €![A Comparison of Horizontal Cloud-To-Ground Lightning Flash Distance Using Weather Surveillance Radar and the Distance Between Successive Flashes Met]( "A Comparison of Horizontal Cloud-To-Ground Lightning Flash Distance Using Weather Surveillance Radar and the Distance Between Successive Flashes Met")
A Comparison of Horizontal Cloud-To-Ground Lightning Flash Distance Using Weather Surveillance Radar and the Distance Between Successive Flashes Met60,99 €![Analyzing Horizontal Distances between WSR-88D Thunderstorm Centroids and Cloud-to-Ground Lightning Strikes]( "Analyzing Horizontal Distances between WSR-88D Thunderstorm Centroids and Cloud-to-Ground Lightning Strikes")
Analyzing Horizontal Distances between WSR-88D Thunderstorm Centroids and Cloud-to-Ground Lightning Strikes60,99 €![Techniques for Forecasting the Cessation of Lightning at Cape Canaveral Air Station and the Kennedy Space Center]( "Techniques for Forecasting the Cessation of Lightning at Cape Canaveral Air Station and the Kennedy Space Center")
Techniques for Forecasting the Cessation of Lightning at Cape Canaveral Air Station and the Kennedy Space Center60,99 €![Developing a Forecast Tool for Cloud-To-Ground Lightning in the North Central and Northeast United States]( "Developing a Forecast Tool for Cloud-To-Ground Lightning in the North Central and Northeast United States")
Developing a Forecast Tool for Cloud-To-Ground Lightning in the North Central and Northeast United States60,99 €![The Horizontal Extent of Lightning Based on Altitude and Atmosphere Temperature]( "The Horizontal Extent of Lightning Based on Altitude and Atmosphere Temperature")
The Horizontal Extent of Lightning Based on Altitude and Atmosphere Temperature60,99 €![Development of Predictors for Cloud-to-Ground Lightning Activity Using Atmospheric Stability Indices]( "Development of Predictors for Cloud-to-Ground Lightning Activity Using Atmospheric Stability Indices")
Development of Predictors for Cloud-to-Ground Lightning Activity Using Atmospheric Stability Indices60,99 €
Cloud-to-ground (CG) lightning hampers air operations whether it is at a civilian airport or military installation. Military base weather stations are required to issue lightning warnings to protect military equipment and personnel. The issuance of warnings is based on a 5 nautical mile (n mi) distance criterion. This criterion appears to have evolved over time as a balance between safety and mission impact. The goal of this thesis is to challenge the 5 n mi lightning warning criteria by quantifying the distance that CG lightning travels. A secondary goal is to examine the characteristics of the peak current of CG lightning strokes to determine if a relationship exits between peak current, the distance a stroke travels, and the altitude of the origin point of the lightning stroke.